Abstract

A theoretical model is presented for of magnetoelectric effect in bilayer and multilayer composites. A novel approach to take into account the actual boundary conditions in multilayer composites is proposed. An averaging method is used for deriving effective material parameters in composites. The effect of dielectric and magnetic parameters on the magnetoelectric susceptibility is studied. The estimated magnetoelectric coupling constants are compared with data for nickel ferrite and lead zirconate titanate composite.

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